This paper describes the application of the first fully wireless network of inertial sensors for full-body 3-D motion capture – the Orient-2 system, to real-time on-body analysis of the golf swing. The golfer-club system is modelled as a double pendulum. The factors which affect the efficiency of the golf swing are outlined, such as the length of the back swing, the wrist-cock angle, swing plane and club-head speed and methods are described for monitoring them using a wireless network of Orient-2 specks. The implementation of the Speckled Golfer System is described and two motion rules are illustrated for executing efficient golf swings
AbstractWe compare optical tracking with inertial tracking of a golf club for full golf swings. Prev...
abstract: The team has designed and built a golf swing analyzer that informs the user of his mistake...
This paper describes a novel method for analyzing the angular motion and speed of a golf swing in a ...
This paper describes a novel method for analyzing the angular motion and speed of a golf swing in a ...
In the game of golf, practicing and improving the swing is a fundamental part of learning. Unfortuna...
Golf is a growing sport supported by a multi-billion dollar industry. Part of this growth can be att...
This study suggests a wearable sensor technology to estimate center of mass (CoM) trajectory during ...
A golf swing is biomechanically complex. Professional swing training is expensive for the average go...
Modern motion capturing technologies are capable of collecting quantitative, biomechanical data on g...
This paper discusses the three-dimensional kinematics and kinetics of a golf swing as performed by 8...
This paper discusses the three-dimensional kinematics and kinetics of a golf swing as performed by 8...
Athletes in any sports can greatly benefit from feedback sys-tems for improving the quality of their...
This paper describes a sensor which is designed to help golf players to increase their capabilities ...
The advent of the portable battery-powered computers and improved video processing technology made p...
Many studies have been done to understand the kinematics of golf swing techniques. However a holisti...
AbstractWe compare optical tracking with inertial tracking of a golf club for full golf swings. Prev...
abstract: The team has designed and built a golf swing analyzer that informs the user of his mistake...
This paper describes a novel method for analyzing the angular motion and speed of a golf swing in a ...
This paper describes a novel method for analyzing the angular motion and speed of a golf swing in a ...
In the game of golf, practicing and improving the swing is a fundamental part of learning. Unfortuna...
Golf is a growing sport supported by a multi-billion dollar industry. Part of this growth can be att...
This study suggests a wearable sensor technology to estimate center of mass (CoM) trajectory during ...
A golf swing is biomechanically complex. Professional swing training is expensive for the average go...
Modern motion capturing technologies are capable of collecting quantitative, biomechanical data on g...
This paper discusses the three-dimensional kinematics and kinetics of a golf swing as performed by 8...
This paper discusses the three-dimensional kinematics and kinetics of a golf swing as performed by 8...
Athletes in any sports can greatly benefit from feedback sys-tems for improving the quality of their...
This paper describes a sensor which is designed to help golf players to increase their capabilities ...
The advent of the portable battery-powered computers and improved video processing technology made p...
Many studies have been done to understand the kinematics of golf swing techniques. However a holisti...
AbstractWe compare optical tracking with inertial tracking of a golf club for full golf swings. Prev...
abstract: The team has designed and built a golf swing analyzer that informs the user of his mistake...
This paper describes a novel method for analyzing the angular motion and speed of a golf swing in a ...